MATH/APPM 4650 Schedule
The course will cover Chapters 1-6, as well as additional topics if there is sufficient time. Probably the schedule will be slightly slower than this, but it will roughly the same.
Week Date Section Topics
1 Jan 12 Course introduction
Jan 14 1.1 Review of Calculus
Jan 16 1.2 Roundoff errors and computer arithmetic
2 Jan 19 HOLIDAY Martin Luther King Jr. Day
Jan 21 Introduction to mathematical software
Jan 23 1.3 Algorithms and convergence
3 Jan 26 2.1 The bisection method
Jan 28 2.2 and 2.3 Fixed-point iteration and Newton's method
Jan 30 2.4 Error analysis for iterative methods
4 Feb 2 2.5 Accelerating convergence
Feb 4 2.6 Zeros of polynomials and Muller's method
Feb 6 2.7 Review of Chapter 2
5 Feb 9 3.1 Interpolation and the Lagrange polynomial
Feb 11 3.2 Divided differences
Feb 13 3.3 Hermite interpolation
6 Feb 16 3.4 Cubic spline interpolation
Feb 18 3.6 Review of Chapter 3
Feb 20 4.1 Numerical differentiation
7 Feb 23 4.2 Richardson's extrapolation
Feb 25 4.3 and 4.4 Elements of numerical integration and composite numerical integration
Feb 27 4.5 and 4.6 Romberg integration and adaptive quadrature methods
8 Mar 2 4.7 and 4.9 Gaussian quadrature and improper integrals
Mar 4 4.10 Review of Chapter 4
Mar 6 MIDTERM Chapters 1-4
9 Mar 9 5.1 Elementary theory of initial-value problems
Mar 11 5.2 Euler's method
Mar 13 5.3 Higher-order Taylor methods
10 Mar 16 5.4 Runge-Kutta methods
Mar 18 5.6 Multistep methods
Mar 20 5.7 Variable step-size multistep methods
Mar 23 HOLIDAY Spring Break
Mar 25 HOLIDAY Spring Break
Mar 27 HOLIDAY Spring Break
11 Mar 30 5.8 Extrapolation methods
Apr 1 5.9 Higher-order equations and systems
Apr 3 5.10 Stability
12 Apr 6 5.12 Review of Chapter 5
Apr 8 6.1 Linear systems of equations
Apr 10 6.2 Pivoting strategies
13 Apr 13 6.3 Linear algebra and matrix inversion
Apr 15 6.4 and 6.5 The determinant of a matrix and matrix factorization
Apr 17 6.6 Special types of matrices
14 Apr 20 6.7 Review of Chapter 6
Apr 22 7.3 Iterative techniques for solving linear systems
Apr 24 8.1 Discrete least squares approximation
15 Apr 27 9.2 The power method
Apr 29 11.1 The linear shooting method
May 1 REVIEW Review of Chapters 5 and on.
Final Exam Tuesday, May 5, 1:30-4:00 pm.